Ingeniería y ciencia de los materiales
Temperature
56%
Renewable energy resources
53%
Heat conduction
51%
Heat convection
42%
Fans
38%
Heat transfer
37%
Electricity
37%
Enthalpy
36%
Reynolds number
31%
Perforated plates
31%
Electromagnetic compatibility
30%
Demand side management
29%
Heat flux
29%
Turbulent flow
28%
Electronic cooling
25%
Ordinary differential equations
25%
Hot Temperature
25%
Fins (heat exchange)
24%
Velocity measurement
22%
Temperature distribution
22%
Fluids
20%
Forced convection
19%
Industry
18%
Boundary conditions
17%
Cooling
16%
Prisms
16%
Wind power
16%
Atomization
16%
Heat radiation
15%
Ores
15%
Sustainable development
15%
Air
15%
Computational fluid dynamics
13%
Telecommunication
13%
Derivatives
13%
Linear programming
12%
Pressure drop
12%
Numerical methods
12%
Energy policy
12%
Teaching
12%
Exponential functions
11%
Solar energy
11%
Hydraulics
10%
Biogas
10%
Bessel functions
9%
Turbulence models
9%
Water
9%
Engineering education
8%
Regression analysis
8%
Biomass
8%
Química
Surface Temperature
100%
Convective Heat Transfer
57%
Heat Transfer
55%
Flow
45%
Thermal Conductivity
38%
Jet
34%
Reynolds Number
31%
Cylinder
31%
Enthalpy
31%
Plate Like Crystal
30%
Time
25%
Sphere
24%
Heat
24%
Velocity
23%
Biot Number
20%
Electricity
18%
Cooling
17%
Prismatic Crystal
15%
Cubic Crystal
15%
Energy
14%
Error
13%
Pressure Drop
13%
Industry
11%
Flexibility
8%
Turbulence
8%
Pressure
8%
Surface
7%
Petroleum
6%
Application
5%
Física y astronomía
surface temperature
72%
asymptotes
38%
heat transfer
36%
plains
32%
conductive heat transfer
29%
viscous fluids
25%
heat flux
25%
tubes
24%
temperature
24%
forced convection
21%
temperature profiles
20%
differential equations
18%
convection
18%
cross flow
16%
particle image velocimetry
16%
atomizing
16%
computational fluid dynamics
16%
thermal radiation
15%
fans
14%
mass ratios
14%
heat
14%
platforms
13%
turbulent flow
13%
cooling
12%
boundary conditions
11%
Biot number
11%
entrances
10%
upstream
10%
Reynolds number
10%
water
10%
outlets
10%
perforated plates
9%
temperature distribution
8%
configurations
8%
fluids
8%
pressure drop
7%
curves
7%
sinks
7%
particulates
7%
Sturm-Liouville theory
6%
algebra
6%
flow distribution
5%
crude oil
5%
air
5%
exponential functions
5%
methodology
5%
